Clarus Labs has been awarded funding through the highly competitive National Science Foundation (NSF) SEED Fund, a testament to the technology’s efficacy and broad future applicability.
Building on NSF-funded chemistry research, Clarus Labs is transforming a kinetic fluorogenic quantification assay into a portable analytical platform for real-time chemical testing. The method detects oxidation byproducts through a controlled fluorescence reaction, producing quantitative results in under 10 minutes without the need for bulky instrumentation or extensive sample prep.
Our first application targets lipid oxidation (rancidity) detection in human and pet food products, addressing a long-standing gap in rapid quality control and food safety testing. Early validation has demonstrated strong correlation with reference laboratory methods while dramatically reducing turnaround time and cost.
The underlying chemistry is modular, enabling future assay development for diverse analytes — from nutrient degradation and spoilage markers to environmental contaminants and biomolecular diagnostics. This adaptable foundation positions Clarus Labs to expand portable testing capabilities across food, agricultural, health, and defense applications.
Our portable platform delivers lab-quality results through a fast, intuitive process designed for on-site use — from food plants to research facilities. The result: a portable workflow that replaces a full-day lab analysis with a 10-minute on-site test, without sacrificing accuracy or reliability.
Clarus Labs LLC develops portable analytical tools that deliver real-time oxidation testing for food quality — with potential far beyond the lab.
